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CO2 reduction at elevated temperature and pressure and incorporate them in a transport-optimized electrolyzer of your own design. The aim is to unravel the combined impact of temperature and pressure
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applications. Develop scalable EMT simulation methodologies for large transmission systems. Investigate model reduction, dynamic equivalencing and network partitioning techniques. Develop parallel and high
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. Three connected threads make up the research: Discovery: what patterns hide across the facets? - Using unsupervised machine learning (clustering, dimensionality reduction), topological data analysis and
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on the nuclear engineering aspects of flexible reactor operation. The work combines reactor physics, thermal-hydraulics, model reduction, and control design. The main research objectives are: Development of a high
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exchanger concepts with strong potential for industrial energy savings, lower carbon capture costs, and substantial reductions in CO2 emissions. The position is particularly suited for a candidate who enjoys
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Learning Agreement is completely filled in and signed, dated and stamped where necessary! Language skills Your knowledge of Dutch and English. Please consult the language requirements in order to prepare the